Standardization of Building Components
The Industrial Revolution, which began in the late 18th century, brought fundamental changes to the field of architecture. The introduction of machine production enabled the mass production of building components, which led to the standardization of these components. Major building materials such as steel, brick, and glass began to be produced with consistent specifications and quality, and these changes brought revolutionary transformations to the architectural design and construction process.
The emergence of standardized components greatly improved the accuracy and practicality of architectural drawings. Architects could now design with the assumption of components having precise dimensions and specifications, which resulted in greater correspondence between drawings and actual construction outcomes. Additionally, new types of buildings utilizing standardized components began to appear, with high-rise buildings and large industrial facilities using steel frame structures being representative examples.
During the Industrial Revolution era, new types of buildings that had not previously existed emerged, such as factories, train stations, and exhibition halls. Because these buildings had different functional requirements and structural characteristics from traditional architecture, new drawing techniques and notations were needed to represent them. In particular, accurately representing new structural systems such as steel frame structures required far more detailed and precise drawings than before.